The use of industrial waste or byproducts as a replacement cement leads to cost reduction, energy-saving, and is also eco-friendly. Studies reveal that the quaternary ternary blended concrete may be superior in durability properties when compared with conventional concrete. With expansion structures sewage system, corrosion effects aggressive acid attacks on cement-based construction have gaine...

Concrete is in great demand due to global infrastructure expansion. Cement a critical component the production of concrete because it binds ingredients together. But primary issue arises environment release toxic gases such as CO3 and sulphur into atmosphere. To overcome this, some other cementitious materials, namely admixtures, were utilized partial replacements for cement. In this study, was...

Objectives: The intent of the study is to assess strength and durability behavior concrete specimens attaining micro fillers such as alccofine zeolite reinforcement in form polypropylene fibres. Methods: Polypropylene fibres were added volume fractions 0%,0.1%, 0.2%, 0.3% 0.4%. mechanical properties compressive strength, modulus elasticity flexural obtained for mixes with without PP through sta...

This paper investigates the potential benefits of Ternary blended High-performance concrete containing Silica fume (SF) and Alccofine (AL) as partial cement replacements. The experimental program contains a total 14 mixes with water to binder ratio 0.4 varying percentages (0-20%) both binary ternary blended. Fresh hardened properties were evaluated based on slump, compressive strength, flexural...

This research focuses on the investigation of durability behavior and microstructural analysis for M70 grade high-strength concrete (HSC) with influence alccofine, banana fiber (BF), coir (CF). In this investigation, cement was partly supplanted by 15% alccofine content in weight. Two types natural fibers, were selected added at 0.5%, 1%, 1.5%, 2% volume. Durability characteristics, such as lon...

Abstract This study presents a detailed experimental investigation on the effects incorporating non-metallic fibers in hybrid form self-compacting concrete (SCC). In this regard SCC was prepared with Alccofine and Metakaolin as partial replacement for cement 15% 20% respectively along fibre combinations namely abaca fibres (0.25%, 0.5% & 0.75%), polypropylene (0.5%, 1%, 1.5% 2%) glass 1.5%,...